Unisys Stealth vs Waverley Labs Open Source Software Defined Perimeter comparison

Unisys Stealth offers a comprehensive security solution designed to protect data and applications through micro-segmentation and dynamic isolation techniques, ensuring safe access to privilege levels and minimizing attack surfaces.

Unisys Stealth addresses security challenges by providing an efficient way to protect organizations against cyber threats. The technology leverages advanced cryptographic methods to create secure, encrypted environments, restricting unauthorized access and reducing the risks of breaches. It caters to businesses that require robust security measures, enhancing data protection while maintaining operational efficiency.

• Micro-Segmentation: Isolates sensitive data to limit access and mitigate breach impact.
• Dynamic Isolation: Instantly quarantines affected networks to stop threats.
• Invisible Networks: Conceals the existence of entire networks from unauthorized users.
• Secure Remote Access: Ensures remote work security through encrypted communications.

• Cost Efficiency: Reduces the need for extensive hardware setups and lower maintenance costs.
• Time Savings: Simplifies management of security policies, saving administrative time.
• Enhanced Security: Minimizes cyber attack exposure, protecting sensitive information.

In industries like healthcare and finance, Unisys Stealth is deployed to protect patient information and financial data. Its ability to secure critical infrastructure while allowing seamless access to authorized personnel makes it an ideal choice for sectors demanding stringent data integrity and regulatory compliance.

Waverley Labs Open Source Software Defined Perimeter offers a dynamic approach to securing IT infrastructure, providing robust access control through a zero-trust architecture. It protects networks by segmenting and securing access to resources efficiently.

Waverley Labs Open Source Software Defined Perimeter enables secure access to organizational IT infrastructure by implementing zero-trust principles, controlling access dynamically, and reducing the attack surface. Designed with IT professionals in mind, it ensures precise resource segmentation and access management, enhancing security posture while accommodating modern technological demands. Users benefit from its ability to offer granular access control and its adaptability to rapidly changing environments.

• Zero-Trust Architecture: Prevents unauthorized access through rigorous verification.
• Dynamic Access Control: Adjusts access rights in real-time based on user or device context.
• Resource Segmentation: Isolates sensitive resources to minimize potential threats.
• Scalability: Easily adapts to growing infrastructure demands without compromising security.
• Open Source: Provides customization flexibility and transparency in operation.

• Enhanced Security: Reduces breach risks with continuous verification and segmented resources.
• Operational Flexibility: Supports dynamic, adaptable access management for varied environments.
• Cost Efficiency: Open-source model minimizes licensing costs and offers customization.
• Improved Compliance: Aids in meeting regulatory demands through robust security practices.

Waverley Labs Open Source Software Defined Perimeter finds application across industries like finance, healthcare, and tech where secure and compartmentalized access to data is crucial. It supports remote workforce needs, safeguarding data transactions while ensuring compliance, which is vital in these sectors for both safety and regulation adherence.